I am a graduate student in chemical engineering & Data Science at the at University of Washington, Seattle. Previously, I worked as Research Assistant at the Indian Institute of Science, Banglore, India. My research focuses on energy storage techniques ranging from Lithium-ion batteries to fuel cells.
I graduated in May 2020 after pursuing an integrated course in BE (Hons) Chemical Engineering, with M.Sc. (Hons.) Chemistry, at BITS Pilani-Goa, India. I am a lot into research especially on technologies related to energy storage and production and have also been a part of many startups working on the same.
Please reach out to me if you’d like to chat with me!
Battery Management Systems
University of Colorado System
Battery Pack Balancing and power estimation
University of Colorado System
Equivalent Circuit Modelling
University of Colorado System
State of charge/health estimation
University of Colorado System
Algorithmic Trading and design
Indian school of Business
Financial Markets
Yale university
Poster Presentation on "Scaffold optimization for effective cell deposition."
AICHE 2018 | Pittsburgh, PA (USA)
Poster presentation on "Analyzing the effects of polymer blend composition on hollow fiber membranes."
North American Membrane Society | Date: May 2019 | Pittsburgh, PA (USA)
Delegate at IIM Bangalore's Business summit "VISTA"
Organized by: Indian Institute of Management, Bangalore | Date: Sep 2018
Studying the noise robustness of analog optimization methods for NP-Hard problems.
Building a logical Natural Language Inference dataset
Verified the use of DWAVE to achieve a speedup in Machine Learning and combinatorial optimization problems
Investigated overlap and parallels between quantum mechanics and stochastic mechanics.
Designing and Constructing a 5-m aperture radio telescope (image for illustration)
A study based project inspecting quantum protocols which provide fully private assisted quantum computation.
Short experimental project synthesizing and analysing quantum dots
Designed efficient quantum circuits for quantum walks